Report ITU-R P.2406-3
Policy on Intellectual Property Right (IPR)
1 Introduction
2 Scope
3 Related documents and list of studies
3.1 Related documents
3.2 List of studies
4 General considerations for mobile systems
5 Studies for outdoor environments
5.1 Urban and suburban environments
5.1.1 Study 1: Site-general models (Frequency range:
variable in 0.8 ~ 73 GHz)
5.1.2 Study 2: Site-specific model, propagation within
street canyons and modelling for chamfered shape buildings at intersections
(Frequency bands: 2.2, 4.7, 26.4, 37.1 GHz)
5.1.2.3 Measurement setup and procedure
5.1.3 Study 3: Site-specific model, propagation within
street canyons (Frequency bands: 28, 3 GHz)
5.1.4 Study 4: Site-specific model, propagation
over-rooftop in suburban environments (Frequency bands: 28, 38 GHz)
5.1.5 Study 5: Delay spread, propagation in urban
environments, below-rooftop and over-rooftop (Frequency bands: 25.5-28.5 GHz,
51-57 GHz, 67-73 GHz)
5.1.6 Study 6: Delay spread, propagation in urban
environments, below-rooftop (Frequency bands: 28, 38 GHz)
5.1.7 Study 7: Delay spread, propagation in urban
environments, below-rooftop (Frequency bands: 29.3-31.5 GHz, 58.7-63.1 GHz)
5.1.8 Study 8: Prediction models of delay and angular
spreads as a function of antenna beamwidth (Frequency bands: 28 GHz, 38 GHz)
5.1.9 Study 9: Cross-polarization discrimination (Frequency
bands: 51-57, 67-73 GHz)
5.2 Residential environment
5.2.1 Study 1: Basic transmission loss model for
propagation between terminals located below roof-top height in residential
environments (Frequency bands: 2.4, 4.7, 26.4 GHz)
5.2.2 Study 2: Delay spread, propagation in residential
environments, below-rooftop (Frequency bands: 25.5-28.5, 67-73 GHz)
6 Studies for indoor environments
6.1 Study 1: Site-general models (Frequency range: variable in
0.3–100 GHz)
6.1.1 Executive summary
6.1.2 Background and proposal
6.1.3 Measurement datasets
6.1.4 Modelling methodology
6.1.5 Validation results
6.1.6 Summary of the results
6.1.7 Measurement details about the data sets used for
the site-general model
6.2 Study 2: Power loss coefficients and shadow fading statistics
(Frequency bands: 0.8, 2.2, 4.7, 26, 37 GHz)
6.2.1 Executive summary
6.2.2 Background and proposal
6.2.3 Measurement setup and procedure
6.2.4 Validation results
6.2.5 Summary of the results
6.3 Study 3: Power loss coefficients and shadow fading statistics (Frequency
bands: 28, 38 GHz)
6.3.1 Executive summary
6.3.2 Background and proposal
6.3.3 Measurement setup and procedure
6.3.4 Validation results
6.3.5 Summary of the results
6.4 Study 4: Power loss coefficients, shadow fading statistics,
r.m.s. delay spread parameters (Frequency bands: 51-57, 67-73 GHz)
6.4.1 Executive summary
6.4.2 Background and proposal
6.4.3 Measurement setup and procedure
6.4.4 Validation results
6.4.5 Summary of the results
6.5 Study 5: Power loss coefficients (Frequency band: 70 GHz)
6.5.1 Executive summary
6.5.2 Background and proposal
6.5.3 Measurement setup and procedure
6.5.4 Validation results
6.5.5 Results of studies
6.6 Study 6: Power loss coefficients
6.6.1 Executive summary
6.6.2 Background and proposal
6.6.3 Measurement setup and procedure
6.6.4 Validation results
6.6.5 Summary of the results
6.7 Study 7: r.m.s. delay spread parameters (Frequency bands: 28,
38 GHz)
6.7.1 Executive summary
6.7.2 Background and proposal
6.7.3 Measurement setup and procedure
6.7.4 Validation results
6.7.5 Summary of the results
6.8 Study 8: r.m.s. delay spread parameters (Frequency bands: 30,
60 GHz)
6.8.1 Executive summary
6.8.2 Background and proposal
6.8.3 Measurement setup and procedure
6.8.4 Validation results
6.8.5 Summary of the results
6.8.6 References
6.9 Study 9: Antenna directivity dependence of static r.m.s. delay
spread in NLoS (Frequency band: 60 GHz)
6.9.1 Executive summary
6.9.2 Background and proposal
6.9.3 Measurement setup and procedure
6.9.4 Validation results
6.9.5 Summary of the results
6.9.6 References
6.10 Study 10: Effects of antenna beamwidth to multipath delay and
angular spread (Frequency bands: 28, 38 GHz)
6.10.1 Executive summary
6.10.2 Background and proposal
6.10.3 Measurement setup and procedure
6.10.4 Validation results
6.10.5 Summary of the results
6.10.6 References
6.11 Study 11: Effect of movement of objects in the room (Frequency
band: 70 GHz)
6.11.1 Executive summary
6.11.2 Background and proposal
6.11.3 Measurement setup and procedure
6.11.4 Validation results
6.11.5 Summary of the results
6.11.6 References
6.12 Study 12: Power loss coefficients (Frequency bands: 250-325
GHz)
6.12.1 Executive summary
6.12.2 Background and proposal
6.12.3 Measurement setup and procedure
6.12.4 Validation results
6.12.5 Summary of the results
6.13 Study 13: Power loss coefficients (Frequency bands: 340 and 410
GHz)
6.13.1 Executive summary
6.13.2 Background and proposal
6.13.3 Measurement setup and procedure
6.13.4 Validation results
6.13.5 Conclusion of the results
7 Studies for outdoor-to-indoor environments
7.1 References